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58a346e563
osb/source/game/StarObject.cpp
Kai Blaschke 431a9c00a5
Fixed a huge amount of Clang warnings 
On Linux and macOS, using Clang to compile OpenStarbound produces about 400 MB worth of warnings during the build, making the compiler output unreadable and slowing the build down considerably.

99% of the warnings were unqualified uses of std::move and std::forward, which are now all properly qualified.

Fixed a few other minor warnings about non-virtual destructors and some uses of std::move preventing copy elision on temporary objects.

Most remaining warnings are now unused parameters.
2024-02-19 16:55:19 +01:00

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46 KiB
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#include "StarObject.hpp"
#include "StarDataStreamExtra.hpp"
#include "StarJsonExtra.hpp"
#include "StarWorld.hpp"
#include "StarLexicalCast.hpp"
#include "StarRoot.hpp"
#include "StarLogging.hpp"
#include "StarDamageManager.hpp"
#include "StarTreasure.hpp"
#include "StarItemDrop.hpp"
#include "StarItemDescriptor.hpp"
#include "StarObjectDatabase.hpp"
#include "StarMixer.hpp"
#include "StarEntityRendering.hpp"
#include "StarAssets.hpp"
#include "StarConfigLuaBindings.hpp"
#include "StarEntityLuaBindings.hpp"
#include "StarRootLuaBindings.hpp"
#include "StarNetworkedAnimatorLuaBindings.hpp"
#include "StarLuaGameConverters.hpp"
#include "StarParticleDatabase.hpp"
#include "StarMaterialDatabase.hpp"
#include "StarScriptedAnimatorLuaBindings.hpp"
namespace Star {
Object::Object(ObjectConfigConstPtr config, Json const& parameters) {
m_config = config;
if (!parameters.isNull())
m_parameters.reset(parameters.toObject());
m_animationTimer = 0.0f;
m_currentFrame = 0;
m_lightFlickering = m_config->lightFlickering;
m_tileDamageStatus = make_shared<EntityTileDamageStatus>();
m_orientationIndex = NPos;
m_interactive.set(!configValue("interactAction", Json()).isNull());
m_broken = false;
m_unbreakable = m_config->unbreakable || configValue("unbreakable", false).toBool();
m_direction.set(Direction::Left);
m_health.set(m_config->health);
m_currentFrame = -1;
if (m_config->animationConfig)
m_networkedAnimator = make_shared<NetworkedAnimator>(m_config->animationConfig, m_config->path);
else
m_networkedAnimator = make_shared<NetworkedAnimator>();
if (m_config->damageTeam.type != TeamType::Null) {
setTeam(m_config->damageTeam);
} else {
setTeam(EntityDamageTeam(TeamType::Environment));
}
for (auto const& node : configValue("inputNodes", JsonArray()).iterateArray())
m_inputNodes.append({jsonToVec2I(node), {}, {}});
for (auto const& node : configValue("outputNodes", JsonArray()).iterateArray())
m_outputNodes.append({jsonToVec2I(node), {}, {}});
m_offeredQuests.set(configValue("offeredQuests", JsonArray()).toArray().transformed(&QuestArcDescriptor::fromJson));
m_turnInQuests.set(jsonToStringSet(configValue("turnInQuests", JsonArray())));
if (!m_offeredQuests.get().empty() || !m_turnInQuests.get().empty())
m_interactive.set(true);
setUniqueId(configValue("uniqueId").optString());
m_netGroup.addNetElement(&m_parameters);
m_netGroup.addNetElement(&m_uniqueIdNetState);
m_netGroup.addNetElement(&m_interactive);
m_netGroup.addNetElement(&m_materialSpaces);
m_netGroup.addNetElement(&m_xTilePosition);
m_netGroup.addNetElement(&m_yTilePosition);
m_netGroup.addNetElement(&m_direction);
m_netGroup.addNetElement(&m_health);
m_netGroup.addNetElement(&m_orientationIndexNetState);
m_netGroup.addNetElement(&m_netImageKeys);
m_netGroup.addNetElement(&m_soundEffectEnabled);
m_netGroup.addNetElement(&m_lightSourceColor);
m_netGroup.addNetElement(&m_newChatMessageEvent);
m_netGroup.addNetElement(&m_chatMessage);
m_netGroup.addNetElement(&m_chatPortrait);
m_netGroup.addNetElement(&m_chatConfig);
for (auto& i : m_inputNodes) {
m_netGroup.addNetElement(&i.connections);
m_netGroup.addNetElement(&i.state);
}
for (auto& o : m_outputNodes) {
m_netGroup.addNetElement(&o.connections);
m_netGroup.addNetElement(&o.state);
}
m_netGroup.addNetElement(&m_offeredQuests);
m_netGroup.addNetElement(&m_turnInQuests);
m_netGroup.addNetElement(&m_damageSources);
// don't interpolate scripted animation parameters
m_netGroup.addNetElement(&m_scriptedAnimationParameters, false);
m_netGroup.addNetElement(m_tileDamageStatus.get());
m_netGroup.addNetElement(m_networkedAnimator.get());
m_netGroup.setNeedsLoadCallback(bind(&Object::getNetStates, this, _1));
m_netGroup.setNeedsStoreCallback(bind(&Object::setNetStates, this));
}
Json Object::diskStore() const {
return writeStoredData().setAll({{"name", m_config->name}, {"parameters", m_parameters.baseMap()}});
}
ByteArray Object::netStore() {
DataStreamBuffer ds;
ds.write(m_config->name);
ds.write<Json>(m_parameters.baseMap());
return ds.takeData();
}
EntityType Object::entityType() const {
return EntityType::Object;
}
void Object::init(World* world, EntityId entityId, EntityMode mode) {
Entity::init(world, entityId, mode);
// Only try and find a new orientation if we do not already have one,
// otherwise we may have a valid orientation that depends on non-tile data
// that is not loaded yet.
if (m_orientationIndex == NPos) {
updateOrientation();
} else if (auto orientation = currentOrientation()) {
// update direction in case orientation config direction has changed
if (orientation->directionAffinity)
m_direction.set(*orientation->directionAffinity);
m_materialSpaces.set(orientation->materialSpaces);
}
m_orientationDrawablesCache.reset();
// This is stupid and we should only have to deal with the new directives parameter, but blah blah backwards compatibility.
auto colorName = configValue("color", "default").toString().takeUtf8();
auto colorEnd = colorName.find('?');
if (colorEnd != NPos) {
size_t suffixBegin = colorName.rfind('?');
String colorDirectives;
std::string colorSuffix = suffixBegin == NPos ? "" : colorName.substr(suffixBegin);
if (colorSuffix.empty() && colorSuffix.rfind("?replace", 0) != 0)
colorDirectives = colorName.substr(colorEnd);
else
colorDirectives = colorName.substr(colorEnd, suffixBegin - colorEnd);
m_colorSuffix = std::move(colorSuffix);
m_colorDirectives = std::move(colorDirectives);
}
else
m_colorDirectives = m_colorSuffix = "";
m_directives = "";
if (auto directives = configValue("")) {
if (directives.isType(Json::Type::String))
m_directives.parse(directives.toString());
}
if (isMaster()) {
setImageKey("color", colorName);
if (m_config->lightColors.contains(colorName))
m_lightSourceColor.set(m_config->lightColors.get(colorName));
else
m_lightSourceColor.set(Color::Clear);
m_soundEffectEnabled.set(true);
m_liquidCheckTimer = GameTimer(m_config->liquidCheckInterval);
m_liquidCheckTimer.setDone();
setKeepAlive(configValue("keepAlive", false).toBool());
m_scriptComponent.setScripts(m_config->scripts);
m_scriptComponent.setUpdateDelta(configValue("scriptDelta", 5).toInt());
m_scriptComponent.addCallbacks("object", makeObjectCallbacks());
m_scriptComponent.addCallbacks("config", LuaBindings::makeConfigCallbacks(bind(&Object::configValue, this, _1, _2)));
m_scriptComponent.addCallbacks("entity", LuaBindings::makeEntityCallbacks(this));
m_scriptComponent.addCallbacks("animator", LuaBindings::makeNetworkedAnimatorCallbacks(m_networkedAnimator.get()));
m_scriptComponent.init(world);
}
if (world->isClient()) {
m_scriptedAnimator.setScripts(m_config->animationScripts);
m_scriptedAnimator.addCallbacks("animationConfig", LuaBindings::makeScriptedAnimatorCallbacks(m_networkedAnimator.get(),
[this](String const& name, Json const& defaultValue) -> Json {
return m_scriptedAnimationParameters.value(name, defaultValue);
}));
m_scriptedAnimator.addCallbacks("objectAnimator", makeAnimatorObjectCallbacks());
m_scriptedAnimator.addCallbacks("config", LuaBindings::makeConfigCallbacks(bind(&Object::configValue, this, _1, _2)));
m_scriptedAnimator.addCallbacks("entity", LuaBindings::makeEntityCallbacks(this));
m_scriptedAnimator.init(world);
}
m_xTilePosition.set(world->geometry().xwrap((int)m_xTilePosition.get()));
// Compute all the relevant animation information after the final orientation
// has been selected and after the script is initialized
for (auto const& pair : configValue("animationParts", JsonObject()).iterateObject())
m_networkedAnimator->setPartTag(pair.first, "partImage", pair.second.toString());
m_animationPosition = jsonToVec2F(configValue("animationPosition", JsonArray{0, 0})) / TilePixels;
m_networkedAnimator->setFlipped(false);
m_animationCenterLine = configValue("animationCenterLine", Drawable::boundBoxAll(m_networkedAnimator->drawables(), false).center()[0]).toFloat();
m_networkedAnimator->setFlipped(direction() == Direction::Left, m_animationCenterLine);
// Don't animate the initial state when first spawned IF you're dumb, which by default
// you would be, and don't know how to use transition and static states properly. Someday
// I'll be brave and delete shit garbage entirely and we'll see what breaks.
if (configValue("forceFinishAnimationsInInit", true) != false)
m_networkedAnimator->finishAnimations();
}
void Object::uninit() {
if (isMaster()) {
m_scriptComponent.uninit();
m_scriptComponent.removeCallbacks("object");
m_scriptComponent.removeCallbacks("config");
m_scriptComponent.removeCallbacks("entity");
m_scriptComponent.removeCallbacks("animator");
}
if (world()->isClient()) {
m_scriptedAnimator.uninit();
m_scriptedAnimator.removeCallbacks("animationConfig");
m_scriptedAnimator.removeCallbacks("objectAnimator");
m_scriptedAnimator.removeCallbacks("config");
m_scriptedAnimator.removeCallbacks("entity");
}
if (m_soundEffect)
m_soundEffect->stop();
Entity::uninit();
}
List<LightSource> Object::lightSources() const {
List<LightSource> lights;
lights.appendAll(m_networkedAnimator->lightSources(position() + m_animationPosition));
auto orientation = currentOrientation();
if (!m_lightSourceColor.get().isClear() && orientation) {
Color color = m_lightSourceColor.get();
if (m_lightFlickering)
color.setValue(clamp(color.value() * m_lightFlickering->value(SinWeightOperator<float>()), 0.0f, 1.0f));
LightSource lightSource;
lightSource.position = position() + centerOfTile(orientation->lightPosition);
lightSource.color = color.toRgb();
lightSource.pointLight = m_config->pointLight;
lightSource.pointBeam = m_config->pointBeam;
lightSource.beamAngle = orientation->beamAngle;
lightSource.beamAmbience = m_config->beamAmbience;
lights.append(lightSource);
}
return lights;
}
Vec2F Object::position() const {
return Vec2F(m_xTilePosition.get(), m_yTilePosition.get());
}
RectF Object::metaBoundBox() const {
if (auto orientation = currentOrientation()) {
// default metaboundbox extends the bounding box of the orientation's
// spaces by one block
return orientation->metaBoundBox.value(RectF(Vec2F(orientation->boundBox.min()) - Vec2F(1, 1), Vec2F(orientation->boundBox.max()) + Vec2F(2, 2)));
} else {
return RectF(-1, -1, 1, 1);
}
}
pair<ByteArray, uint64_t> Object::writeNetState(uint64_t fromVersion) {
DataStreamBuffer ds;
return m_netGroup.writeNetState(fromVersion);
}
void Object::readNetState(ByteArray delta, float interpolationTime) {
m_netGroup.readNetState(std::move(delta), interpolationTime);
}
Vec2I Object::tilePosition() const {
return Vec2I(m_xTilePosition.get(), m_yTilePosition.get());
}
void Object::setTilePosition(Vec2I const& pos) {
if (m_xTilePosition.get() != pos[0] || m_yTilePosition.get() != pos[1]) {
m_xTilePosition.set(pos[0]);
m_yTilePosition.set(pos[1]);
if (inWorld())
updateOrientation();
}
}
Direction Object::direction() const {
return m_direction.get();
}
void Object::setDirection(Direction direction) {
m_direction.set(direction);
}
void Object::updateOrientation() {
setOrientationIndex(m_config->findValidOrientation(world(), tilePosition(), m_direction.get()));
if (auto orientation = currentOrientation()) {
if (orientation->directionAffinity)
m_direction.set(*orientation->directionAffinity);
m_materialSpaces.set(orientation->materialSpaces);
}
resetEmissionTimers();
}
List<Vec2I> Object::anchorPositions() const {
if (auto orientation = currentOrientation()) {
List<Vec2I> positions;
for (auto anchor : orientation->anchors)
positions.append(anchor.position + tilePosition());
return positions;
} else {
return {};
}
}
List<Vec2I> Object::spaces() const {
if (auto orientation = currentOrientation())
return orientation->spaces;
else
return {};
}
List<MaterialSpace> Object::materialSpaces() const {
return m_materialSpaces.get();
}
List<Vec2I> Object::roots() const {
if (m_config->rooting) {
if (auto orientation = currentOrientation()) {
List<Vec2I> res;
for (auto anchor : orientation->anchors)
res.append(anchor.position);
return res;
}
}
return {};
}
void Object::update(float dt, uint64_t) {
if (!inWorld())
return;
if (isMaster()) {
m_tileDamageStatus->recover(m_config->tileDamageParameters, dt);
if (m_liquidCheckTimer.wrapTick())
checkLiquidBroken();
if (auto orientation = currentOrientation()) {
auto frame = clamp<int>(std::floor(m_animationTimer / orientation->animationCycle * orientation->frames), 0, orientation->frames - 1);
if (m_currentFrame != frame) {
m_currentFrame = frame;
setImageKey("frame", toString(frame));
}
m_animationTimer = std::fmod(m_animationTimer + dt, orientation->animationCycle);
}
m_networkedAnimator->update(dt, nullptr);
m_networkedAnimator->setFlipped(direction() == Direction::Left, m_animationCenterLine);
m_scriptComponent.update(m_scriptComponent.updateDt(dt));
} else {
m_networkedAnimator->update(dt, &m_networkedAnimatorDynamicTarget);
m_networkedAnimatorDynamicTarget.updatePosition(position() + m_animationPosition);
}
if (m_lightFlickering)
m_lightFlickering->update(dt);
for (auto& timer : m_emissionTimers)
timer.tick(dt);
if (world()->isClient())
m_scriptedAnimator.update();
}
void Object::render(RenderCallback* renderCallback) {
renderParticles(renderCallback);
renderSounds(renderCallback);
for (auto const& imageKeyPair : m_imageKeys)
m_networkedAnimator->setGlobalTag(imageKeyPair.first, imageKeyPair.second);
renderCallback->addAudios(m_networkedAnimatorDynamicTarget.pullNewAudios());
renderCallback->addParticles(m_networkedAnimatorDynamicTarget.pullNewParticles());
if (m_networkedAnimator->parts().count() > 0) {
renderCallback->addDrawables(m_networkedAnimator->drawables(position() + m_animationPosition + damageShake()), renderLayer());
} else {
if (m_orientationIndex != NPos)
renderCallback->addDrawables(orientationDrawables(m_orientationIndex), renderLayer(), position());
}
for (auto drawablePair : m_scriptedAnimator.drawables())
renderCallback->addDrawable(drawablePair.first, drawablePair.second.value(renderLayer()));
renderCallback->addParticles(m_scriptedAnimator.pullNewParticles());
renderCallback->addAudios(m_scriptedAnimator.pullNewAudios());
}
void Object::renderLightSources(RenderCallback* renderCallback) {
renderLights(renderCallback);
renderCallback->addLightSources(m_scriptedAnimator.lightSources());
}
bool Object::damageTiles(List<Vec2I> const&, Vec2F const&, TileDamage const& tileDamage) {
if (m_unbreakable)
return false;
m_tileDamageStatus->damage(m_config->tileDamageParameters, tileDamage);
if (m_tileDamageStatus->dead())
m_broken = true;
return m_broken;
}
bool Object::checkBroken() {
if (!m_broken && !m_unbreakable) {
auto orientation = currentOrientation();
if (orientation) {
if (!orientation->anchorsValid(world(), tilePosition()))
m_broken = true;
} else {
m_broken = true;
}
}
return m_broken;
}
bool Object::shouldDestroy() const {
return m_broken || (m_health.get() <= 0);
}
void Object::destroy(RenderCallback* renderCallback) {
bool doSmash = m_health.get() <= 0 || configValue("smashOnBreak", m_config->smashOnBreak).toBool();
if (isMaster()) {
m_scriptComponent.invoke("die", m_health.get() <= 0);
try {
if (doSmash) {
auto smashDropPool = configValue("smashDropPool", "").toString();
if (!smashDropPool.empty()) {
for (auto const& treasureItem : Root::singleton().treasureDatabase()->createTreasure(smashDropPool, world()->threatLevel()))
world()->addEntity(ItemDrop::createRandomizedDrop(treasureItem, position()));
} else if (!m_config->smashDropOptions.empty()) {
List<ItemDescriptor> drops;
auto dropOption = Random::randFrom(m_config->smashDropOptions);
for (auto o : dropOption)
world()->addEntity(ItemDrop::createRandomizedDrop(o, position()));
}
} else {
auto breakDropPool = configValue("breakDropPool", "").toString();
if (!breakDropPool.empty()) {
for (auto const& treasureItem : Root::singleton().treasureDatabase()->createTreasure(breakDropPool, world()->threatLevel()))
world()->addEntity(ItemDrop::createRandomizedDrop(treasureItem, position()));
} else if (!m_config->breakDropOptions.empty()) {
List<ItemDescriptor> drops;
auto dropOption = Random::randFrom(m_config->breakDropOptions);
for (auto o : dropOption)
world()->addEntity(ItemDrop::createRandomizedDrop(o, position()));
} else if (m_config->hasObjectItem) {
ItemDescriptor objectItem(m_config->name, 1);
if (m_config->retainObjectParametersInItem) {
auto parameters = m_parameters.baseMap();
parameters.remove("owner");
parameters["scriptStorage"] = m_scriptComponent.getScriptStorage();
objectItem = objectItem.applyParameters(parameters);
}
world()->addEntity(ItemDrop::createRandomizedDrop(objectItem, position()));
}
}
} catch (StarException const& e) {
Logger::warn("Invalid dropID in entity death. {}", outputException(e, false));
}
}
if (renderCallback && doSmash && !m_config->smashSoundOptions.empty()) {
auto audio = make_shared<AudioInstance>(*Root::singleton().assets()->audio(Random::randFrom(m_config->smashSoundOptions)));
renderCallback->addAudios({std::move(audio)}, position());
}
if (renderCallback && doSmash && !m_config->smashParticles.empty()) {
auto& root = Root::singleton();
List<Particle> particles;
for (auto const& config : m_config->smashParticles) {
auto creator = root.particleDatabase()->particleCreator(config.get("particle"), m_config->path);
unsigned count = config.getUInt("count", 1);
Vec2F offset = jsonToVec2F(config.get("offset", JsonArray{0, 0}));
bool flip = config.getBool("flip", false);
for (unsigned i = 0; i < count; ++i) {
Particle particle = creator();
particle.position += offset;
if (flip)
particle.flip = !particle.flip;
if (m_direction.get() == Direction::Left) {
particle.position[0] *= -1;
particle.velocity[0] *= -1;
particle.flip = !particle.flip;
}
particle.translate(position() + volume().center());
particles.append(std::move(particle));
}
}
renderCallback->addParticles(particles);
}
if (m_soundEffect)
m_soundEffect->stop(1.0f);
}
String Object::name() const {
return m_config->name;
}
String Object::shortDescription() const {
return configValue("shortdescription", name()).toString();
}
String Object::description() const {
return configValue("description", shortDescription()).toString();
}
bool Object::inspectable() const {
return m_config->scannable;
}
Maybe<String> Object::inspectionLogName() const {
return configValue("inspectionLogName").optString().value(m_config->name);
}
Maybe<String> Object::inspectionDescription(String const& species) const {
return configValue("inspectionDescription").optString()
.orMaybe(configValue(strf("{}Description", species)).optString())
.value(description());
}
String Object::category() const {
return m_config->category;
}
ObjectOrientationPtr Object::currentOrientation() const {
if (m_orientationIndex != NPos)
return m_config->orientations.at(m_orientationIndex);
else
return {};
}
List<Drawable> Object::cursorHintDrawables() const {
if (configValue("placementImage")) {
String placementImage = configValue("placementImage").toString();
if (m_direction.get() == Direction::Left)
placementImage += "?flipx";
Drawable imageDrawable = Drawable::makeImage(AssetPath::relativeTo(m_config->path, placementImage),
1.0 / TilePixels, false, jsonToVec2F(configValue("placementImagePosition", jsonFromVec2F(Vec2F()))) / TilePixels);
return {imageDrawable};
} else {
if (m_orientationIndex != NPos) {
return orientationDrawables(m_orientationIndex);
} else {
// If we aren't in a valid orientation, still need to draw something at
// the cursor. Draw the first orientation whose direction affinity
// matches our current direction, or if that fails just the first
// orientation.
List<Drawable> result;
for (size_t i = 0; i < m_config->orientations.size(); ++i) {
if (m_config->orientations[i]->directionAffinity && *m_config->orientations[i]->directionAffinity == m_direction.get()) {
result = orientationDrawables(i);
break;
}
}
if (result.empty())
result = orientationDrawables(0);
return result;
}
}
}
void Object::getNetStates(bool initial) {
setUniqueId(m_uniqueIdNetState.get());
if (m_orientationIndex != m_orientationIndexNetState.get())
setOrientationIndex(m_orientationIndexNetState.get());
if (m_newChatMessageEvent.pullOccurred() && !initial) {
if (m_chatPortrait.get().empty())
m_pendingChatActions.append(SayChatAction{entityId(), m_chatMessage.get(), mouthPosition()});
else
m_pendingChatActions.append(PortraitChatAction{entityId(), m_chatPortrait.get(), m_chatMessage.get(), mouthPosition(), m_chatConfig.get()});
}
if (m_netImageKeys.pullUpdated()) {
m_imageKeys.merge(m_netImageKeys.baseMap(), true);
m_orientationDrawablesCache.reset();
}
}
void Object::setNetStates() {
m_uniqueIdNetState.set(uniqueId());
m_orientationIndexNetState.set(m_orientationIndex);
}
List<QuestArcDescriptor> Object::offeredQuests() const {
return m_offeredQuests.get();
}
StringSet Object::turnInQuests() const {
return m_turnInQuests.get();
}
Vec2F Object::questIndicatorPosition() const {
if (auto orientation = currentOrientation()) {
auto pos = position() + Vec2F(orientation->boundBox.center()[0], orientation->boundBox.max()[1] + 2.5);
if (!(orientation->boundBox.size()[0] % 2))
pos[0] += 0.5;
if (auto configPosition = configValue("questIndicatorPosition", Json())) {
auto indicatorOffset = jsonToVec2F(configPosition);
if (m_direction.get() == Direction::Left)
indicatorOffset[0] = -indicatorOffset[0];
pos += indicatorOffset;
}
return pos;
} else {
return position();
}
}
Maybe<Json> Object::receiveMessage(ConnectionId sendingConnection, String const& message, JsonArray const& args) {
return m_scriptComponent.handleMessage(message, sendingConnection == world()->connection(), args);
}
Json Object::configValue(String const& name, Json const& def) const {
if (auto orientation = currentOrientation())
return jsonMergeQueryDef(name, def, m_config->config, orientation->config, m_parameters.baseMap());
else
return jsonMergeQueryDef(name, def, m_config->config, m_parameters.baseMap());
}
ObjectConfigConstPtr Object::config() const {
return m_config;
}
void Object::readStoredData(Json const& diskStore) {
setUniqueId(diskStore.optString("uniqueId"));
setTilePosition(jsonToVec2I(diskStore.get("tilePosition")));
setOrientationIndex(jsonToSize(diskStore.get("orientationIndex")));
m_direction.set(DirectionNames.getLeft(diskStore.getString("direction")));
m_interactive.set(diskStore.getBool("interactive", !configValue("interactAction", Json()).isNull()));
m_scriptComponent.setScriptStorage(diskStore.getObject("scriptStorage", JsonObject()));
JsonArray inputNodes = diskStore.getArray("inputWireNodes");
for (size_t i = 0; i < m_inputNodes.size(); ++i) {
if (i < inputNodes.size()) {
auto& in = m_inputNodes[i];
List<WireConnection> connections;
for (auto const& conn : inputNodes[i].getArray("connections"))
connections.append(WireConnection{jsonToVec2I(conn.get(0)), (size_t)conn.get(1).toUInt()});
in.connections.set(std::move(connections));
in.state.set(inputNodes[i].getBool("state"));
}
}
JsonArray outputNodes = diskStore.getArray("outputWireNodes");
for (size_t i = 0; i < m_outputNodes.size(); ++i) {
if (i < outputNodes.size()) {
auto& in = m_outputNodes[i];
List<WireConnection> connections;
for (auto const& conn : outputNodes[i].getArray("connections"))
connections.append(WireConnection{jsonToVec2I(conn.get(0)), (size_t)conn.get(1).toUInt()});
in.connections.set(std::move(connections));
in.state.set(outputNodes[i].getBool("state"));
}
}
}
Json Object::writeStoredData() const {
JsonArray inputNodes;
for (size_t i = 0; i < m_inputNodes.size(); ++i) {
auto const& in = m_inputNodes[i];
JsonArray connections;
for (auto const& node : in.connections.get())
connections.append(JsonArray{jsonFromVec2I(node.entityLocation), node.nodeIndex});
inputNodes.append(JsonObject{
{"connections", std::move(connections)},
{"state", in.state.get()}
});
}
JsonArray outputNodes;
for (size_t i = 0; i < m_outputNodes.size(); ++i) {
auto const& in = m_outputNodes[i];
JsonArray connections;
for (auto const& node : in.connections.get())
connections.append(JsonArray{jsonFromVec2I(node.entityLocation), node.nodeIndex});
outputNodes.append(JsonObject{
{"connections", std::move(connections)},
{"state", in.state.get()}
});
}
return JsonObject{
{"uniqueId", jsonFromMaybe(uniqueId())},
{"tilePosition", jsonFromVec2I(tilePosition())},
{"orientationIndex", jsonFromSize(m_orientationIndex)},
{"direction", DirectionNames.getRight(m_direction.get())},
{"scriptStorage", m_scriptComponent.getScriptStorage()},
{"interactive", m_interactive.get()},
{"inputWireNodes", std::move(inputNodes)},
{"outputWireNodes", std::move(outputNodes)}
};
}
void Object::breakObject(bool smash) {
m_broken = true;
if (smash)
m_health.set(0.0f);
}
size_t Object::nodeCount(WireDirection direction) const {
if (direction == WireDirection::Input)
return m_inputNodes.size();
else
return m_outputNodes.size();
}
Vec2I Object::nodePosition(WireNode wireNode) const {
if (wireNode.direction == WireDirection::Input)
return m_inputNodes.at(wireNode.nodeIndex).position;
else
return m_outputNodes.at(wireNode.nodeIndex).position;
}
List<WireConnection> Object::connectionsForNode(WireNode wireNode) const {
if (wireNode.direction == WireDirection::Input)
return m_inputNodes.at(wireNode.nodeIndex).connections.get();
else
return m_outputNodes.at(wireNode.nodeIndex).connections.get();
}
bool Object::nodeState(WireNode wireNode) const {
if (wireNode.direction == WireDirection::Input)
return m_inputNodes.at(wireNode.nodeIndex).state.get();
else
return m_outputNodes.at(wireNode.nodeIndex).state.get();
}
void Object::addNodeConnection(WireNode wireNode, WireConnection nodeConnection) {
if (wireNode.direction == WireDirection::Input) {
m_inputNodes.at(wireNode.nodeIndex).connections.update([&](auto& list) {
if (list.contains(nodeConnection))
return false;
list.append(nodeConnection);
return true;
});
} else {
m_outputNodes.at(wireNode.nodeIndex).connections.update([&](auto& list) {
if (list.contains(nodeConnection))
return false;
list.append(nodeConnection);
return true;
});
}
m_scriptComponent.invoke("onNodeConnectionChange");
}
void Object::removeNodeConnection(WireNode wireNode, WireConnection nodeConnection) {
if (wireNode.direction == WireDirection::Input) {
m_inputNodes.at(wireNode.nodeIndex).connections.update([&](auto& list) {
return list.remove(nodeConnection);
});
} else {
m_outputNodes.at(wireNode.nodeIndex).connections.update([&](auto& list) {
return list.remove(nodeConnection);
});
}
m_scriptComponent.invoke("onNodeConnectionChange");
}
void Object::evaluate(WireCoordinator* coordinator) {
for (size_t i = 0; i < m_inputNodes.size(); ++i) {
auto& in = m_inputNodes[i];
bool nextState = false;
for (auto const& connection : in.connections.get())
nextState |= coordinator->readInputConnection(connection);
if (in.state.get() != nextState) {
in.state.set(nextState);
m_scriptComponent.invoke("onInputNodeChange", JsonObject{
{"node", i},
{"level", nextState}
});
}
}
}
void Object::setImageKey(String const& name, String const& value) {
if (!isSlave())
m_netImageKeys.set(name, value);
if (auto p = m_imageKeys.ptr(name)) {
if (*p != value) {
*p = value;
m_orientationDrawablesCache.reset();
}
} else {
m_imageKeys.set(name, value);
m_orientationDrawablesCache.reset();
}
}
void Object::resetEmissionTimers() {
m_emissionTimers.clear();
if (auto orientation = currentOrientation())
for (size_t i = 0; i < orientation->particleEmitters.size(); i++)
m_emissionTimers.append(GameTimer());
}
size_t Object::orientationIndex() const {
return m_orientationIndex;
}
void Object::setOrientationIndex(size_t orientationIndex) {
m_orientationIndex = orientationIndex;
}
PolyF Object::volume() const {
if (auto orientation = currentOrientation()) {
RectF box = RectF(orientation->boundBox);
box.max()[0]++;
box.max()[1]++;
return PolyF(box);
} else {
return PolyF(RectF(0, 0, 1, 1));
}
}
float Object::liquidFillLevel() const {
if (auto orientation = currentOrientation())
return spacesLiquidFillLevel(orientation->spaces);
return 0;
}
bool Object::biomePlaced() const {
return m_config->biomePlaced;
}
LuaCallbacks Object::makeObjectCallbacks() {
LuaCallbacks callbacks;
callbacks.registerCallback("name", [this]() {
return name();
});
callbacks.registerCallback("direction", [this]() {
return numericalDirection(direction());
});
callbacks.registerCallback("position", [this]() {
return position();
});
callbacks.registerCallback("setInteractive", [this](bool interactive) {
m_interactive.set(interactive);
});
callbacks.registerCallbackWithSignature<Maybe<String>>("uniqueId", bind(&Object::uniqueId, this));
callbacks.registerCallbackWithSignature<void, Maybe<String>>("setUniqueId", bind(&Object::setUniqueId, this, _1));
callbacks.registerCallback("boundBox", [this]() {
return metaBoundBox().translated(position());
});
callbacks.registerCallback("spaces", [this]() {
return spaces();
});
callbacks.registerCallback("setProcessingDirectives", [this](String const& directives) {
m_networkedAnimator->setProcessingDirectives(directives);
});
callbacks.registerCallback("setSoundEffectEnabled", [this](bool soundEffectEnabled) {
m_soundEffectEnabled.set(soundEffectEnabled);
});
callbacks.registerCallback("smash", [this](Maybe<bool> smash) {
breakObject(smash.value(false));
});
callbacks.registerCallback("level", [this]() {
return configValue("level", this->world()->threatLevel());
});
callbacks.registerCallback("toAbsolutePosition", [this](Vec2F const& p) {
return p + position();
});
callbacks.registerCallback("say", [this](String line, Maybe<StringMap<String>> const& tags, Json const& config) {
if (tags)
line = line.replaceTags(*tags, false);
if (!line.empty()) {
addChatMessage(line, config);
return true;
}
return false;
});
callbacks.registerCallback("sayPortrait", [this](String line, String portrait, Maybe<StringMap<String>> const& tags, Json const& config) {
if (tags)
line = line.replaceTags(*tags, false);
if (!line.empty()) {
addChatMessage(line, config, portrait);
return true;
}
return false;
});
callbacks.registerCallback("isTouching", [this](EntityId entityId) {
if (auto entity = this->world()->entity(entityId))
return !entity->collisionArea().overlap(volume().boundBox()).isEmpty();
return false;
});
callbacks.registerCallback("setLightColor", [this](Color const& color) {
m_lightSourceColor.set(color);
});
callbacks.registerCallback("getLightColor", [this]() {
return m_lightSourceColor.get();
});
callbacks.registerCallback("inputNodeCount", [this]() {
return m_inputNodes.size();
});
callbacks.registerCallback("outputNodeCount", [this]() {
return m_outputNodes.size();
});
callbacks.registerCallback("getInputNodePosition", [this](size_t i) {
return m_inputNodes.at(i).position;
});
callbacks.registerCallback("getOutputNodePosition", [this](size_t i) {
return m_outputNodes.at(i).position;
});
callbacks.registerCallback("getInputNodeLevel", [this](size_t i) {
return m_inputNodes.at(i).state.get();
});
callbacks.registerCallback("getOutputNodeLevel", [this](size_t i) {
return m_outputNodes.at(i).state.get();
});
callbacks.registerCallback("isInputNodeConnected", [this](size_t i) {
return !m_inputNodes.at(i).connections.get().empty();
});
callbacks.registerCallback("isOutputNodeConnected", [this](size_t i) {
return !m_outputNodes.at(i).connections.get().empty();
});
callbacks.registerCallback("getInputNodeIds", [this](LuaEngine& engine, size_t i) {
auto result = engine.createTable();
for (auto const& conn : m_inputNodes.at(i).connections.get()) {
for (auto const& entity : worldPtr()->atTile<WireEntity>(conn.entityLocation))
result.set(entity->entityId(), conn.nodeIndex);
}
return result;
});
callbacks.registerCallback("getOutputNodeIds", [this](LuaEngine& engine, size_t i) {
auto result = engine.createTable();
for (auto const& conn : m_outputNodes.at(i).connections.get()) {
for (auto const& entity : worldPtr()->atTile<WireEntity>(conn.entityLocation))
result.set(entity->entityId(), conn.nodeIndex);
}
return result;
});
callbacks.registerCallback("setOutputNodeLevel", [this](size_t i, bool l) {
m_outputNodes.at(i).state.set(l);
});
callbacks.registerCallback("setAllOutputNodes", [this](bool l) {
for (auto& out : m_outputNodes)
out.state.set(l);
});
callbacks.registerCallback("setOfferedQuests", [this](Maybe<JsonArray> const& offeredQuests) {
m_offeredQuests.set(offeredQuests.value().transformed(&QuestArcDescriptor::fromJson));
});
callbacks.registerCallback("setTurnInQuests", [this](Maybe<StringList> const& turnInQuests) {
m_turnInQuests.set(StringSet::from(turnInQuests.value()));
});
callbacks.registerCallback("setConfigParameter", [this](String key, Json value) {
m_parameters.set(std::move(key), std::move(value));
});
callbacks.registerCallback("setAnimationParameter", [this](String key, Json value) {
m_scriptedAnimationParameters.set(std::move(key), std::move(value));
});
callbacks.registerCallback("setMaterialSpaces", [this](Maybe<JsonArray> const& newSpaces) {
List<MaterialSpace> materialSpaces;
auto materialDatabase = Root::singleton().materialDatabase();
for (auto space : newSpaces.value())
materialSpaces.append({jsonToVec2I(space.get(0)), materialDatabase->materialId(space.get(1).toString())});
m_materialSpaces.set(materialSpaces);
});
callbacks.registerCallback("setDamageSources", [this](Maybe<JsonArray> damageSources) {
m_damageSources.set(damageSources.value().transformed(construct<DamageSource>()));
});
callbacks.registerCallback("health", [this]() {
return m_health.get();
});
callbacks.registerCallback("setHealth", [this](float health) {
m_health.set(health);
});
return callbacks;
}
LuaCallbacks Object::makeAnimatorObjectCallbacks() {
LuaCallbacks callbacks;
callbacks.registerCallback("getParameter", [this](String const& name, Json const& def) {
return configValue(name, def);
});
callbacks.registerCallback("direction", [this]() {
return numericalDirection(direction());
});
callbacks.registerCallback("position", [this]() {
return position();
});
return callbacks;
}
List<DamageSource> Object::damageSources() const {
auto damageSources = m_damageSources.get();
if (auto orientation = currentOrientation()) {
Json touchDamageConfig = jsonMerge(m_config->touchDamageConfig, orientation->touchDamageConfig);
if (!touchDamageConfig.isNull()) {
DamageSource ds(touchDamageConfig);
ds.sourceEntityId = entityId();
ds.team = getTeam();
damageSources.append(ds);
}
}
return damageSources;
}
List<PersistentStatusEffect> Object::statusEffects() const {
return m_config->statusEffects;
}
PolyF Object::statusEffectArea() const {
if (auto orientation = currentOrientation()) {
if (orientation->statusEffectArea)
return orientation->statusEffectArea.get();
}
return volume();
}
Maybe<HitType> Object::queryHit(DamageSource const& source) const {
if (!m_config->smashable || !inWorld() || m_health.get() <= 0.0f || m_unbreakable)
return {};
if (source.intersectsWithPoly(world()->geometry(), hitPoly().get()))
return HitType::Hit;
return {};
}
Maybe<PolyF> Object::hitPoly() const {
auto poly = volume();
poly.translate(position());
return poly;
}
List<DamageNotification> Object::applyDamage(DamageRequest const& damage) {
if (!m_config->smashable || !inWorld() || m_health.get() <= 0.0f)
return {};
float dmg = std::min(m_health.get(), damage.damage);
m_health.set(m_health.get() - dmg);
return {{
damage.sourceEntityId,
entityId(),
position(),
damage.damage,
dmg,
m_health.get() <= 0 ? HitType::Kill : HitType::Hit,
damage.damageSourceKind,
m_config->damageMaterialKind
}};
}
RectF Object::interactiveBoundBox() const {
if (auto orientation = currentOrientation()) {
auto rect = RectF(orientation->boundBox);
rect.setMax(Vec2F(orientation->boundBox.xMax() + 1, orientation->boundBox.yMax() + 1));
return rect;
} else {
return RectF::null();
}
}
bool Object::isInteractive() const {
return m_interactive.get();
}
InteractAction Object::interact(InteractRequest const& request) {
Vec2F diff = world()->geometry().diff(request.sourcePosition, position());
auto result = m_scriptComponent.invoke<Json>(
"onInteraction", JsonObject{{"source", JsonArray{diff[0], diff[1]}}, {"sourceId", request.sourceId}});
if (result) {
if (result->isNull())
return {};
else if (result->isType(Json::Type::String))
return InteractAction(result->toString(), entityId(), Json());
else
return InteractAction(result->getString(0), entityId(), result->get(1));
} else if (!configValue("interactAction", Json()).isNull()) {
return InteractAction(configValue("interactAction").toString(), entityId(), configValue("interactData", Json()));
}
return {};
}
List<Vec2I> Object::interactiveSpaces() const {
if (auto orientation = currentOrientation()) {
if (auto iSpaces = orientation->interactiveSpaces)
return *iSpaces;
}
return spaces();
}
Maybe<LuaValue> Object::callScript(String const& func, LuaVariadic<LuaValue> const& args) {
return m_scriptComponent.invoke(func, args);
}
Maybe<LuaValue> Object::evalScript(String const& code) {
return m_scriptComponent.eval(code);
}
Vec2F Object::mouthPosition() const {
if (auto orientation = currentOrientation()) {
auto pos = position() + Vec2F(orientation->boundBox.center()[0], orientation->boundBox.max()[1]);
if (!(orientation->boundBox.size()[0] % 2))
pos[0] += 0.5;
if (auto configPosition = configValue("mouthPosition", Json())) {
auto mouthOffset = jsonToVec2F(configPosition);
if (m_direction.get() == Direction::Left)
mouthOffset[0] = -mouthOffset[0];
pos += mouthOffset;
}
return pos;
} else {
return position();
}
}
Vec2F Object::mouthPosition(bool) const {
return mouthPosition();
}
List<ChatAction> Object::pullPendingChatActions() {
return std::move(m_pendingChatActions);
}
void Object::addChatMessage(String const& message, Json const& config, String const& portrait) {
assert(!isSlave());
m_chatMessage.set(message);
m_chatPortrait.set(portrait);
m_chatConfig.set(config);
m_newChatMessageEvent.trigger();
if (portrait.empty())
m_pendingChatActions.append(SayChatAction{entityId(), message, mouthPosition()});
else
m_pendingChatActions.append(PortraitChatAction{entityId(), portrait, message, mouthPosition()});
}
List<Drawable> Object::orientationDrawables(size_t orientationIndex) const {
if (orientationIndex == NPos)
return {};
auto orientation = m_config->orientations.at(orientationIndex);
if (!m_orientationDrawablesCache || orientationIndex != m_orientationDrawablesCache->first) {
m_orientationDrawablesCache = make_pair(orientationIndex, List<Drawable>());
for (auto const& layer : orientation->imageLayers) {
Drawable drawable = layer;
auto& imagePart = drawable.imagePart();
imagePart.image.directives.clear();
String imagePath = AssetPath::join(imagePart.image);
if ((m_colorDirectives || !m_colorSuffix.empty()) && m_imageKeys.contains("color")) { // We had to leave color untouched despite separating its directives for server-side compatibility reasons, temporarily substr it in the image key
String& color = m_imageKeys.find("color")->second;
String backup = std::move(color);
color = backup.substr(0, backup.find('?'));
// backwards compatibility for this is really annoying, need to append text after the <color> tag to the last directive for a rare use-case
auto& image = imagePath.utf8();
size_t suffix = NPos;
if (!m_colorSuffix.empty() && (suffix = image.rfind("<color>")) != NPos)
imagePart.image = String(image.substr(0, (suffix += 7))).replaceTags(m_imageKeys, true, "default");
else
imagePart.image = imagePath.replaceTags(m_imageKeys, true, "default");
color = std::move(backup);
imagePart.image.directives = layer.imagePart().image.directives;
if (m_colorDirectives)
imagePart.addDirectives(m_colorDirectives);
if (suffix != NPos)
imagePart.addDirectives(m_colorSuffix + String(image.substr(suffix)).replaceTags(m_imageKeys, true, "default"));
}
else {
imagePart.image = imagePath.replaceTags(m_imageKeys, true, "default");
imagePart.image.directives = layer.imagePart().image.directives;
}
imagePart.addDirectives(m_directives);
if (orientation->flipImages)
drawable.scale(Vec2F(-1, 1), drawable.boundBox(false).center() - drawable.position);
m_orientationDrawablesCache->second.append(std::move(drawable));
}
}
auto drawables = m_orientationDrawablesCache->second;
Drawable::translateAll(drawables, orientation->imagePosition + damageShake());
return drawables;
}
EntityRenderLayer Object::renderLayer() const {
if (auto orientation = currentOrientation())
return orientation->renderLayer;
else
return RenderLayerObject;
}
void Object::renderLights(RenderCallback* renderCallback) const {
renderCallback->addLightSources(lightSources());
}
void Object::renderParticles(RenderCallback* renderCallback) {
if (!inWorld())
return;
if (auto orientation = currentOrientation()) {
if (m_emissionTimers.size() != orientation->particleEmitters.size())
resetEmissionTimers();
for (size_t i = 0; i < orientation->particleEmitters.size(); i++) {
auto& particleEmitter = orientation->particleEmitters.at(i);
if (particleEmitter.particleEmissionRate <= 0.0f)
continue;
auto& timer = m_emissionTimers.at(i);
if (timer.ready()) {
auto particle = particleEmitter.particle;
particle.applyVariance(particleEmitter.particleVariance);
if (particleEmitter.placeInSpaces)
particle.translate(Vec2F(Random::randFrom(orientation->spaces)) + Vec2F(0.5, 0.5));
particle.translate(position());
renderCallback->addParticle(std::move(particle));
timer = GameTimer(1.0f / (particleEmitter.particleEmissionRate + Random::randf(-particleEmitter.particleEmissionRateVariance, particleEmitter.particleEmissionRateVariance)));
}
}
}
}
void Object::renderSounds(RenderCallback* renderCallback) {
if (m_soundEffectEnabled.get()) {
if (!m_config->soundEffect.empty() && (!m_soundEffect || m_soundEffect->finished())) {
auto& root = Root::singleton();
m_soundEffect = make_shared<AudioInstance>(*root.assets()->audio(m_config->soundEffect));
m_soundEffect->setLoops(-1);
// Randomize the start position of the looping persistent audio
m_soundEffect->seekTime(Random::randf() * m_soundEffect->totalTime());
m_soundEffect->setRangeMultiplier(m_config->soundEffectRangeMultiplier);
m_soundEffect->setPosition(metaBoundBox().center() + position());
// Fade the audio in slowly
m_soundEffect->setVolume(0);
m_soundEffect->setVolume(1, 1.0);
renderCallback->addAudio(m_soundEffect);
}
} else {
if (m_soundEffect)
m_soundEffect->stop();
}
}
Vec2F Object::damageShake() const {
if (m_tileDamageStatus->damaged() && !m_tileDamageStatus->damageProtected())
return Vec2F(Random::randf(-1, 1), Random::randf(-1, 1)) * m_tileDamageStatus->damageEffectPercentage() * m_config->damageShakeMagnitude;
return Vec2F();
}
void Object::checkLiquidBroken() {
if (m_config->minimumLiquidLevel || m_config->maximumLiquidLevel) {
float currentLiquidLevel = liquidFillLevel();
if (m_config->minimumLiquidLevel && currentLiquidLevel < *m_config->minimumLiquidLevel)
m_broken = true;
if (m_config->maximumLiquidLevel && currentLiquidLevel > *m_config->maximumLiquidLevel)
m_broken = true;
}
}
}
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